Low-Read-Through Adhesives for Aluminum & ACM Bonding

Prevent Read-Through & Achieve Flawless Bonds

Bonding aluminum and aluminum composite materials (ACM) presents a major challenge: read-through (or telegraphing), where the adhesive causes surface deformation, compromising aesthetics. This is especially problematic in signage, architectural panels, transportation, and composite fabrication, where a smooth, professional finish is essential.

Chemical Concepts offers LORD® 810/20 and Signlok™ 810, two industry-leading low-read-through adhesives designed for clean, strong, and durable bonds without surface distortion.


What Is Read-Through & Why It Matters

Read-through occurs when an adhesive shrinks or stresses thin materials during curing, creating visible surface imperfections. This can ruin the appearance of ACM panels, thin-gauge metals, and glossy finishes, increasing rework and production costs.

With LORD 810/20 and Signlok 810, you get a flexible, precision-controlled bond that eliminates read-through while maintaining superior strength and durability.

🔹 LORD 810/20 – Versatile low-read-through adhesive for ACM, metals, and composites
🔹 Signlok 810 – Same industry-leading performance, designed to fit Signlok cartridges for streamlined dispensing


Key Benefits:

No bondline read-through – Flawless, smooth surfaces
Strong & flexible bonding – Ideal for ACM, aluminum, and thin metals
Fast cure time – 90% full strength in one hour
Minimal surface prep – Easy application for improved efficiency
Resistant to temperature, UV, and environmental factors


Applications:

Signage & ACM panel bonding – Ensures high-end aesthetic finishes
Architectural & decorative metalwork – Clean, professional results
Transportation & composite fabrication – Durable, flexible bonds for various materials


See the Difference

📷 Before & After: Read-Through vs. LORD 810/20 & Signlok 810


🎥 Watch Our Webinar on Low-Read-Through Adhesives

Want to dive deeper into why read-through happens and how to prevent it?
Check out our expert-led webinar on Low-Read-Through Adhesives:

Prevent Read-Through & Achieve Flawless Bonds

Bonding aluminum and aluminum composite materials (ACM) presents a major challenge: read-through (or telegraphing), where the adhesive causes surface deformation, compromising aesthetics. This is especially problematic in signage, architectural panels, transportation, and composite fabrication, where a smooth, professional finish is essential.

Chemical Concepts offers LORD® 810/20 and Signlok™ 810, two industry-leading low-read-through adhesives designed for clean, strong, and durable bonds without surface distortion.


What Is Read-Through & Why It Matters

Read-through occurs when an adhesive shrinks or stresses thin materials during curing, creating visible surface imperfections. This can ruin the appearance of ACM panels, thin-gauge metals, and glossy finishes, increasing rework and production costs.

With LORD 810/20 and Signlok 810, you get a flexible, precision-controlled bond that eliminates read-through while maintaining superior strength and durability.

🔹 LORD 810/20 – Versatile low-read-through adhesive for ACM, metals, and composites
🔹 Signlok 810 – Same industry-leading performance, designed to fit Signlok cartridges for streamlined dispensing


Key Benefits:

No bondline read-through – Flawless, smooth surfaces
Strong & flexible bonding – Ideal for ACM, aluminum, and thin metals
Fast cure time – 90% full strength in one hour
Minimal surface prep – Easy application for improved efficiency
Resistant to temperature, UV, and environmental factors


Applications:

Signage & ACM panel bonding – Ensures high-end aesthetic finishes
Architectural & decorative metalwork – Clean, professional results
Transportation & composite fabrication – Durable, flexible bonds for various materials


See the Difference

📷 Before & After: Read-Through vs. LORD 810/20 & Signlok 810


🎥 Watch Our Webinar on Low-Read-Through Adhesives

Want to dive deeper into why read-through happens and how to prevent it?
Check out our expert-led webinar on Low-Read-Through Adhesives:

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